Arrow05

The US economy added 165,000 nonfarm payroll jobs in October, more than double the 65,000 economists had expected, according to data released on November 6. The unemployment rate fell to 4.1%, below the 4.2% forecast and September’s 4.2% reading.September Revised Up to 60,000September’s gain was revised up to 60,000 from the 29,000 first reported. Together with the October beat, that points to a stronger labor market than earlier data suggested. October’s reading also came in well above Wednesday’s ADP figure of 86,000 private jobs.Rate Hike Odds Already HighBefore the report was released, CME’s FedWatch tool showed a 72.8% probability of a 25 basis point rate hike at the Federal Reserve’s December meeting and a 27.2% chance of no change.By January, markets were pricing:A 63.4% chance of a cumulative 25 basis point hikeA 15.1% chance of 50 basis pointsA 21.6% chance of no changeTraders Add to December Hike BetsUS short-term interest rate futures fell after the data, as traders increased their bets on a December rate hike, according to BlockBeats. Rate futures prices move in the opposite direction to expected interest rates, so a fall means traders are pricing in higher rates.Markets Were Waiting on the DataThe report came after a volatile week for risk assets. The Nasdaq Composite fell 5.5% on Thursday, and crypto markets saw more than $1 billion in liquidations over 24 hours. Before the release, bitcoin was trading around $76,150 and Nasdaq 100 futures were up 1.47% on a rebound in AI-related stocks.

BNB Standard Corporation (NASDAQ: BNC) rang the Nasdaq opening bell on Monday, October 26, to celebrate its name change and the appointment of a new management team. Binance founder Changpeng Zhao (CZ) attended alongside BNC CEO Odagi and the company’s board and management, with representatives from YZi Labs and BNB Chain also taking part.

According to CoinMarketCap (CMC) data, the CMC Altcoin Season Index currently stands at 24. The index measures market performance by analyzing the top 100 cryptocurrencies by market capitalization to determine whether the market is shifting towards altcoins or Bitcoin dominance.  

In the past, you had to earn security in crypto.
You dug it up. You put a stake in it. You made communities around it. Each new chain was given the same advice: "Build your own trust." But that thought came from a time when networks were not ecosystems but islands. When each protocol had to be its own stronghold instead of using the same base.
Hemi's Proof-of-Proof (PoP) ends that separation. It takes Bitcoin's trust, which is the hardest and most unchanging form of trust on Earth, and makes it portable. Not by wrapping or copying, but by using cryptographic anchoring. It changes security from a one-time asset to an on-demand service. Any chain can "borrow" Bitcoin's finality by paying for it.
This is not just a theory. Security-as-a-Service is slowly becoming more popular, and it's one of the biggest changes in blockchain economics since proof-of-stake.
Let's start with the main idea. The safety of Bitcoin is based on how much energy, money, and time it takes to use. Every block mined costs money in the real world, such as hash power, electricity, and computation that can't be undone. That's why Bitcoin's finality is so important: to change it would mean rewriting history, which would take more energy than all the countries in the world use.
Hemi's Proof-of-Proof system captures that energy by anchoring into it instead of copying it.
Hemi puts together all of its transactions, contract updates, and liquidity flows into a single compressed proof every few blocks. After that, the proof is sent to Bitcoin as a transaction and written directly into its block space. The price of truth is the amount of Bitcoin fees that the transaction costs.
It's like paying rent in the safest place on Earth.
Once the proof is confirmed, Bitcoin becomes the ultimate notary: a permanent, neutral witness that vouches for Hemi's state. Bitcoin doesn't need to know anything about Hemi because the proof is mathematical, not custodial. It just gives what it's always given: time that can't be forged and order that can't be changed.
That's how smaller chains and apps can use Bitcoin's security without giving up their independence. They don't ask for permission. They just pay for the anchoring.
It's a complete turn of the old model.
If you wanted to start a new network in the past, you needed validators, miners, or stakers. You needed inflation to get them to work, governance to keep them in check, and liquidity to keep them safe. Not only was security expensive, but it also kept people out.
Hemi's PoP makes that a market.
When needed, security becomes something that anyone can buy. The frequency of anchoring becomes a dial: quick finality costs more, while slow finality costs less. Protocols can work best for their own situations. For example, a high-value cross-chain settlement might anchor every few minutes, while a casual gaming app might anchor once an hour.
That flexibility makes security something that can change, like programmable trust.
In that way, Proof-of-Proof is like cloud computing for Bitcoin. You don't have to make your own data center anymore. You rent computing power from AWS and security from Bitcoin.
Hemi's new idea is to make this process faster and easier. Its consensus layer takes thousands of state transitions, combines them into one proof, and sends them to Bitcoin. The result is that one anchoring transaction can be shared by whole ecosystems. In the past, small chains couldn't afford it, but now they can.
Finally, security grows with demand.
What really sets this model apart is how it changes the way incentives are set up.
In proof-of-stake systems, validators get rewards that go up in value over time. Block subsidies are how miners get paid in proof-of-work systems. Both need new tokens to be made all the time to stay in balance.
Hemi's model says that security costs real money.
Every PoP submission costs Bitcoin, which is the most valuable currency in the world. In Hemi's ecosystem, those who provide proof infrastructure, or "provers," get rewards for making that process easier. It's a closed economic loop where everyone trades energy for proof.
Over time, this leads to a trust economy, where security providers compete to offer the best anchoring efficiency and chains pay for as much protection as they need. Finality is no longer just "safe" or "unsafe"; it becomes a gradient that can be measured, changed, and priced.
This idea has a creative elegance to it: Hemi treats Bitcoin as a public good instead of trying to copy its security. Bitcoin becomes a shared layer of trust, just like the electrical grid or the internet backbone. Hemi is the router that connects everyone to it.
That way of looking at things has big effects. This means that developers won't have to deal with bootstrap phases where trust is low anymore. For institutions, this means that on-chain apps can get the same level of security as Bitcoin without any problems with the law. For Bitcoin itself, it means that there is a new economic demand for block space. This is a long-term use case that doesn't rely on speculation or ordinals.
For users, this means that every transaction protected by Hemi has the same level of thermodynamic certainty as Bitcoin's own. You don't trust validators or wrapped assets; you trust proof-of-work itself.
It also changes the meaning of "decentralized security."
In this new world, decentralization doesn't come from running your own consensus. Instead, it comes from connecting to the strongest one that already exists. It's not a compromise; it's a practical change. Hemi brings together hundreds of independent networks into one gravitational field: Bitcoin's. This way, security isn't spread out across many networks.
That's why PoP is more than just a technical achievement; it's also a philosophical one. It reminds us that the future of blockchain isn't about making copies over and over again; it's about passing on information in a way that works.
Each PoP submission is a small act of humility that shows that no chain needs to create trust from scratch; it can just go along with it.
You can see the bigger picture when you take a step back.
Hemi is not just another Layer-2. It's the first trust distribution protocol, which lets smaller networks rent security from the strongest base layer ever made. It makes money off of something that Bitcoin has always given away for free: trust. And it does it without needing to change any of Bitcoin's code.
Proof-of-Proof makes something final into a product.
Anchoring makes trust into cash.
And by doing this, Hemi turns Bitcoin's silence into an active economic force—a layer that not only records value but also keeps it safe for other people.
That's how security becomes a service, and that's why Hemi might change the way every future blockchain is built.
#Hemi @Hemi $HEMI

Las expectativas siguen siendo mixtas: por un lado, el entorno es favorable con compras institucionales; por otro lado, septiembre históricamente genera presión bajista, respaldada ahora por señales técnicas claras. Esta tensión hace que el momento sea ideal para los traders y lectores de Binance Square: atentos al siguiente movimiento del mercado, porque el final de septiembre podría decidir si será el preludio de una carrera alcista o una corrección profunda.

#BinanceLaunchpoolINIT
A Binance revelou a Initia (INIT) como o 68º projeto no Binance Launchpool, marcando a próxima listagem de uma blockchain de próxima geração de camada 1 projetada para conectar e unificar appchains com infraestrutura compartilhada e modelos econômicos alinhados.
Initia visa reformular o cenário das appchains, oferecendo arquitetura modular e interoperabilidade em seu ecossistema. Os usuários da Binance agora podem cultivar tokens INIT antes de sua listagem oficial à vista.
Agricultura de Tokens INIT: 18–23 de abril
Os usuários podem participar da agricultura de Launchpool da INIT bloqueando USDC ou FDUSD por 6 dias, de 18 de abril de 2025 às 00:00 UTC até 23 de abril de 2025 às 23:59 UTC.